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Input structure parameters

Review model of internal forces

Perform designing of members according to various national codes

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IDEA Beam

Single or multi span beam.

Wide selection of cross-sections.

Different cross-sections in spans, haunches above supports.

Loading by forces, moments, uniform and line loads, support settlements.

Generating of critical lodas in spans.

Load combinations

Concrete beam

Selection of standard cross-section with reinforcement templates

Typical arrangement of reinforcement along the beam length

Reinforcing of zones of the beam

Check according to EC2, design of reinforcement

Calculation of deflections with influence of creep and cracks

Beam_02

Steel beam

Selection of rolled and welded cross-sections.

Section check according to EC3.

Check of flexural and LT buckling, general suport of both flanges.

Independent analysis of both upper and bottom flange.

Design of optimal cross-section.

steel-frame

IDEA Column

Simple column or column with brackets.

Selection of standard cross-section with reinforcement templates.

Cross-section alligned to the centre or edge.

Loading by forces, moments, uniform loads.

Load combinations. Automatic investigation of critical combinations

Concrete column

Selection of standard cross-section with reinforcement templates

Typical arrangement of reinforcement along the column height

Reinforcing of zones of the column

Check according to EC2, design of reinforcement

Complex buckling design

concrete-column

Steel column

Selection of rolled and welded cross-sections

Section check according to EC3

Check of flexural and LT buckling, general support of both flanges

Independent analysis of both upper and bottom flange

Design of optimal cross-section

steel-column

IDEA Frame

Structural analysis program for 2D frames and trusses.

Frames, girders, beams, columns, arcs, … of general shapes.

Wide selection of cross-sections.

Different cross-sections of members, haunches.

All standard kinds of hinges and supports.

Uniform, point, line loads, support settlements.

Load cases and combinations

Concrete frame

Design members for beams and columns

Grouping of design members

Reinforcing of zones of the beam

Check according to EC2, design of reinforcement

Calculation of deflections with influence of creep and cracks

Proper buckling analysis

concrete-frame1

Steel frame

Selection of rolled and welded cross-sections

Section check according to EC3

Check of flexural and LT buckling, optional support of both flanges

Independent analysis of both upper and bottom flange

Design of optimal cross-section

steel-frame1

IDEA Slab

Structural analysis program for a slab of any shape.

One or more openings of general shape.

Standard support types – points on edges or in area, edges of openings, inner lines.

Uniform load on the whole area or on its part, point load, line load, support settlement.

Load cases and combinations.

Concrete slab

Rectangular cross-section shape with reinforcement templates

Selection of points for the design of reinforcement and cross-section check

Automatic searching for extreme values in the area around the point of design

Check according to EC2, design of reinforcement

Analysis of cracks

concrete-slab

 

IDEA Cross-section

Properties and FEA stress distribution of the cross-section of general shape.

Arbitrary number of components, different materials.

Import of the shape from DXF file, edit in tables, relative links between components.

Design matrix of extreme and concurent internal forces.

More design matrixes, more cross-sections in one project.

Detail FEA analysis of stress – normal and shear, MSH, fatigue

IDEA Bracket/Corbel

Fast and simple input of geometry and loads

2D i 3D graphics presentation

Primary reinforcement – plane or space looped bars, framing bars

Secondary reinforcement – vertical or horizontal stirrups

Proper implementation of Strut & Tie method based on Eurocode

Detailing check

Comprehensive brief or detailed report